(2) Laird Technologies recently made the latest addition to its Squint series of omnidirectional ceiling mount antennas. The SQ87173P is a dual band omnidirectional antenna offering coverage in both the 900 MHz GSM band and 1710-1880 MHz DCS band or the 800 MHz AMPS band and 1850-1990 MHz PCS band, (Model #SQ82183P). The antenna offers 3.5 dBi of omnidirectional gain in both frequencies. The radome enclosure presents an extremely slim silhouette (see dimensions). A key feature of the Squint series is the use of a unique air dielectric design called MicroAir. MicroAir eliminates the losses associated with etched circuit boards and provides higher performance. Standard appearance is white with a textured finish. Custom configurations of radome ...
Laird Technologies' S1803B antenna is an omnidirectional PCS antenna which provides for reception and transmission of linear polarized signals in the 1850- 1990 MHz frequency band. The antenna consists of a series fed, dual element array and provides 5 dBi peak gain with a nominal 360 by 38 degrees half power beamwidth. The S1803B has a VSWR of less than 1.5:1 on 50 ohms impedance.
The S1803B is housed in a rugged, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S1803B are white in color.
(2) Laird Technologies Corporation recently engineered the S1857HVP and S1857SLP to further expand the already extensive product line of PCS band antennas. The S1857HVP provides for reception and transmission of both vertically and horizontally linear polarized signals in the 1850- 1990 MHz frequency band. The S1857SLP provides ± 45 degrees dual linear polarized signals in the PCS frequency band. These antennas are designed to increase signal reception in environments where there is a presence of multipath and high scattering. The polarization diversity benefits resulting from the integration of the S1857SLP or the S1857HVP reduce the number of antennas typically required for cell site construction. The radomes are injection molded and ...
Laird Technologies' S1858P antenna is one of our PCS series of patch antennas. The S1858P provides for reception and transmission of linear polarized signals in the 1850-1990 MHz frequency band. The antenna consists of a single broadband microstrip patch which provides a minimum of 8 dBi gain with a nominal 47 x 60 degree half power beamwidth. The S1858P has a VSWR of 2.0:1 maximum on 50 ohms impedance.
The S1858P is housed in a rugged low profile, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S1858P are white in color with a textured finish. Custom configurations of radome finish, color and texture can be provided to complement and blend within any environment.
(2) Designed to provide a very attractive alternative, the antenna exhibits 2 dBi of omnidirectional gain in the AMP, GSM or SMR frequency band in a very diminutive package (antenna measures only 4" x 3" x 1.5"). For wall mounting, best omnidirectional coverage is achieved by mounting to an interior wall surface backed by traditional wood frame studs. Antenna comes standard with coax pigtail and N female, SMA or TNC connector.
Laird Technologies' S17112P antenna is one of our standard PCN patch antennas that provides for reception and transmission of linear polarized signals in the 1710-1880 MHz frequency band. The antenna consists of a series fed dual element broadband microstrip patch which provides a minimum of 12 dBi gain with a nominal 60 by 27 degree half power beamwidth. The S17112P has a VSWR of 2.0:1 maximum on 50 ohms impedance.
The S17112P is housed in a rugged low profile, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S17112P are white in color with a textured finish. Custom configurations of radome finish, color and texture can be provided to complement and blend within any ...
The SL1852P12NF antenna offers characteristics that one normally expects from much larger antennas, offering "no compromise" performance in an attractive small package. The SL1852P12NF, 2 dBi omnidirectional ceiling mount antenna is designed for use in the PCS band from 1850-1990 MHz. The antenna dimensions are only 2.5" x 2.5" x 0.8".
Since the antenna's omnidirectional pattern is very uniform and symmetrical, it is perfectly suited to contemporary in-building wireless systems applications. A very well defined coverage area with high levels of radiated energy within each cell is critical to maintaining system-wide in-building performance especially if capacity related issues are driving the system design.
Tri-Band : 806-960, 1710-2170 and 2400-2500 MHz Ceiling Mount Omnidirectional Antenna
The Laird Technologies SL8025WP is a tri-band, linearly polarized 3 dBi omnidirectional panel. It is designed to provide pattern coverage that is optimized for indoor coverage requirements at 806-960, 1710-2170 2400 -2500 MHz, for the GSM, DCS and UMTS frequency bands. The antenna features a pattern that has been specifically shaped to provide optimal performance from a ceiling mount location. The pattern is also very uniform and symmetrical, providing systems integrators with the ability to precisely determine cell size, a major benefit in trying to determine cell density and cell overlap for in-building systems.
The Laird Technologies SL8064P12NF is a broadband linearly polarized 4 dBi omnidirectional panel antenna designed to provide pattern coverage that is optimized for indoor coverage requirements in the 806-866 MHz, SMR frequency band.
The antenna features a pattern that has been specifically shaped to provide optimal performance from a ceiling mount location. The pattern is also very uniform and symmetrical providing systems integrators with the ability to precisely determine cell size, a major benefit in trying to determine cell density and cell overlap for in-building systems.
The antenna’s low profile (6.12" x 6.12" x 1.25"), radome features both a very small footprint and a slim silhouette and is perfect for office and ...
The SL8244P is Laird Technologies' latest edition to its line of high performance ceiling mounted omnidirectional panel antennas. Although only 6" x 6" x 1.25" in size, the antenna offers the performance characteristics of antennas twice its size. The antenna's extremely uniform and symmetrical pattern characteristic allows systems engineers to design their in-building wireless systems in confidence. The SL8244P12NF delivers maximum energy where it is needed most and does it very consistently from one antenna to the next regardless of the RF characteristics of the surface that it is mounted to.
The antenna is perfect for use in airports, business, industrial, commercial and educational campuses and any other in-building carrier ...
Tri-band: 881-960, 1710-1880 and 1920-2170 MHz ceiling mount omnidirectional antenna
The Laird Technologies SL80173WP is a tri-band, linearly polarized 3 dBi omnidirectional panel. It is designed to provide pattern coverage that is optimized for indoor coverage requirements at 880-960, 1710-1880 1920-2170 MHz, for the GSM, DCS and UMTS frequency bands. The antenna features a pattern that has been specifically shaped to provide optimal performance from a ceiling mount location. The pattern is also very uniform and symmetrical, providing systems integrators with the ability to precisely determine cell size, a major benefit in trying to determine cell density and cell overlap for in-building systems. The antenna's low profile ...
The SL82184P12NF is Laird Technologies' latest edition to its line of high performance ceiling mounted omnidirectional panel antennas. Although only 6" x 6" x 1.25" size, the antenna offers the performance characteristics of antennas twice its size. The antenna's extremely uniform and symmetrical pattern characteristic allows systems engineers to design their in-building wireless systems in confidence. The SL82184P12NF delivers maximum energy where it is needed most and does it very consistently from one antenna to the next regardless of the RF characteristics of the surface that it is mounted to.
The antenna has two coax pigtails, one for each band, thus eliminating the extra cost and complexity of a diplexer.
The SM1852PSMF antenna offers the kind of uniform and symmetrical energy distribution that one normally expects from much larger antennas. It is the first antenna of its kind to offer "no compromise" performance in a small package. The SM1852PSMF, 2 dBi omnidirectional ceiling mount antenna is designed for use in the PCS band from 1850-1990 MHz. The antenna dimensions are only 2.0" x 1 5/8" x 1/4".
Since the antenna's omnidirectional pattern is very uniform and symmetrical, it is perfectly suited to contemporary in-building wireless systems applications. Avery well defined coverage area with high levels of radiated energy within each cell is critical to maintaining system-wide in-building performance especially if capacity related ...
(2) The Laird Technologies SQ82243P antenna is based on Laird Technologies’s high efficiency MicroAir™ design technique and offers the system integrator multiband, multimode performance and capability in one easy to install, low profile single port design. The antenna offers very uniform and symmetrical omnidirectional energy distribution from a ceiling mount location. The SQ82243P covers the PCS band from 1850-1990 MHz, Cellular 800, as well as the 2400-2500 MHz 802.11b/g WLAN band all with excellent gain and pattern characteristics. The antenna is a perfect choice for the system integrator needing to optimize gain and pattern performance over a broad range of frequencies while satisfying the aesthetic requirements of the site owner. ...
Omnidirectional antennas are the right choice for situations where you need to be in contact with sources that are in two directions or if you do not know what direction the signals will be coming from. Receiving signals from two wellheads that are in different directions is an example of the former. An example of the latter would be a warehouse environment where a worker with a handheld terminal is moving about the area while sending and receiving data.
Data Transmission Omnis
Standard Data Transmission Omnis are fully decoupled antennas built on a copper laminate and housed in 0.100 inch wall fiberglass housings. They may be mounted right side-up or tipped upside ...
(2) Designed to provide a very attractive alternative, the antenna exhibits 0 dBi of omnidirectional gain in the AMP, GSM or SMR frequency band in a very diminutive package (antenna measures only 4" x 3" x 1.5"). For wall mounting, best omnidirectional overage is achieved by mounting to an interior wall surface backed by traditional wood frame studs. Antenna comes standard with coax pigtail and N female, SMA or TNC connector.
DirectLink is a series of wall and mast mount directional antennas that has been designed to meet the most demanding needs of the contemporary wireless environment. DirectLink's attractive, UV resistant housings and mounts allow the antennas to be mounted anywhere in the campus or in-building environment. The antennas offer very precise and controllable pattern characteristics in frequencies starting with the 1710 MHz DCS band and continuing through the 5.725 GHz ISM band. All popular contemporary wireless system applications are covered with gain characteristics varying with frequency.
All antennas in the series may be wall or mast mounted and all are available with a variety ...
Laird Technologies' PC1810N is a linearly polarized Yagi antenna which provides for reception and transmission of signals in the 1850-1990 MHz frequency band. The antenna provides a minimum of 10 dBd peak gain with a nominal 32 by 32 degree half power beamwidth. The PC1810N has a VSWR of 2.0:1 maximum on 50 ohms impedance.
The PC1810N is housed in a rugged, UV stable polycarbonate radome which is weather resistant for outdoor applications. The PC1810N radome is white in color. The antenna is typically provided with a 12 inch coaxial cable and type N female connector. The standard antenna mounting adapter is designed for mast or pole mounting. A variety of custom cable and connector configurations are available.
Laird Technologies' S1806HVP antenna is one of our PCS series of patch antennas. The S1806HVP provides for reception and transmission of both vertically and horizontally polarized signals in the 1850-1990 MHz frequency band. The antenna consists of a single broadband microstrip patch which provides a minimum of 8 dBi peak gain with a nominal 47 x 60 degree half power beamwidth in both polarizations. The S1806HVP has a VSWR of 2.0:1 maximum on 50 ohms impedance.
The S1806HVP is housed in a rugged low profile, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S1806HVP are white in color with a textured finish. Custom configurations of radome finish, color and texture can be ...
Laird Technologies' S1806P antenna is one of our PCS series of patch antennas. The S1806P provides for reception and transmission of linear polarized signals in the 1850-1990 MHz frequency band. The antenna consists of a single broadband microstrip patch which provides a minimum of 8 dBi peak gain with a nominal 47 x 60 degree half power beamwidth. The S1806P has a VSWR of 2.0:1 maximum on 50 ohms impedance.
The S1806P is housed in a rugged low profile, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S1806P are white in color with a textured finish. Custom configurations of radome finish, color and texture can be provided to complement and blend within any ...
(3) Laird Technologies' reliable radome enclosed Yagi antennas are designed to offer both point to point link capabilities as well as extremely narrow system coverage capabilities. Typical applications include donor antennas for the PCS or DCS band and link antennas for 2.4 GHz ISM band operation.
(8) Laird Technologies wide angle directional antennas offer H-plane directional coverage from 90 degrees to 180 degrees and there are models available offering 7 dBi and 12 dBi. Antennas can be mounted either to indoor wall surfaces or masts. Pick the model that is best suited to the coverage requirements for your application.
These antennas are excellent solutions for sports arenas, industrial complexes, shopping malls, parking garages, airports, hospitals, campus settings and more.
(3) Laird Technologies offers omnidirectional radome enclosed vehicular antennas for fleet management data systems, other vehicular information systems or for Internet access. Antennas are offered in frequencies from 1.7 GHz. to 5.875 GHz and can be supplied with either integral coax pigtails or fixed connectors. Antennas are supplied with mounting hardware designed for either heavy construction vehicles or transportation systems vehicles as well as standard service vans and passenger cars.
Laird Technologies' S17112P antenna is one of our standard PCN patch antennas that provides for reception and transmission of linear polarized signals in the 1710-1880 MHz frequency band. The antenna consists of a series fed dual element broadband microstrip patch which provides a minimum of 12 dBi peak gain with a nominal 64 by 25 degree half power beamwidth. The S17112P has a VSWR of 2.0:1 maximum on 50 ohms impedance.
The S17112P is housed in a rugged low profile, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S17112P are white in color with a textured finish. Custom configurations of radome finish, color and texture can be provided to complement and blend within any ...
Laird Technologies' S1713B antenna is an omnidirectional DCS antenna which provides for reception and transmission of linear polarized signals in the 1710-1880 MHz frequency band. The antenna consists of a series fed, dual element array and provides 5 dBi peak gain with a nominal 360 by 38 degrees half power beamwidth. The S1713B has a VSWR of less than 1.5:1 on 50 ohms impedance.
The S1713B is housed in a rugged, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S1713B are white in color.
Laird Technologies' S1806B antenna is an omnidirectional PCS antenna which provides for reception and transmission of linear polarized signals in the 1850- 1990 MHz frequency band. The antenna consists of a series fed, four element array and provides 8 dBi peak gain with a nominal 360 by 20 degrees half power beamwidth. The S1806B has a VSWR of less than 1.5:1 on 50 ohms impedance.
The S1806B is housed in a rugged, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the S1806B are white in color.
The standard S1806B antenna features an N-type male connector for direct connector mounting. A variety of other custom mounting and connector configurations are available.
Laird Technologies' SR18150 antenna is one of our PCS series of beam shaped antennas. The SR18150 provides for reception and transmission of linear polarized signals in the 1850-1990 MHz frequency band. The antenna consists of dual broadband linear elements which provide a minimum of 8 dBi peak gain with a nominal 60 by 150 degree half power beamwidth. The SR18150 has a VSWR of 1.5:1 maximum on 50 ohms impedance.
The SR18150 is housed in a rugged low profile, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the SR18150 are white in color with a textured finish. However, custom configurations of radome finish, color and texture can be provided to complement and blend within any ...
Laird Technologies' SR1857 antenna is one of our PCS series of beam shaped antennas. The SR1857 provides for reception and transmission of linear polarized signals in the 1850-1990 MHz frequency band. The antenna consists of dual broadband linear elements which provide a minimum of 6.6 dBi gain with a nominal 35 by 140 degree half power beamwidth. The SR1857 has a VSWR of 1.5:1 maximum on 50 ohms impedance.
The SR1857 is housed in a rugged low profile, UV stable polycarbonate radome which is weather resistant for outdoor applications. Standard models of the SR1857 are white in color with a textured finish. However, custom configurations of radome finish, color and texture can be provided to complement and blend within any ...
(2) Laird Technologies special purpose antennas include the smallest antennas in the Laird Technologies arsenal. Antennas offered include embedded antennas as well as extremely small radome enclosed antennas for use with RF distribution systems.
Laird Technologies recently engineered an omnidirectional Squint™ ISM band patch antenna with a 3.5 dBi dipole like pattern shape and ceiling mount feature which provides an extremely low profile for minimum visual impact. This antenna provides for reception and transmission in the 2400-2500 MHz frequency band. The radiation pattern has a 50 degree beamwidth with the maximum directed at 45 degrees from the horizontal plane. A key feature of the Squint™ antenna is the use of a unique air dielectric design called MicroAir™. MicroAir™ eliminates the losses associated with etched circuit boards and provides higher performance. Measuring only 4 3/32” x 4 3/32” x 7/8” (10.4 x 10.4 x 2.2 cm), this ultracompact, high ...
(6) Omnidirectional Antennas for PCS/DCS and Wireless LAN
Laird Technologies is world renowned for its special purpose omnidirectional antenna designs. Antennas are available for frequencies from the 1.7 GHz DCS band through the 5.8 GHz ISM band and can either be suspension ceiling mounted, I-beam mounted or mast mounted.
2.4 GHz Monopole Omni
The Laird Technologies 2.4 GHz monopole antenna has a large backplane and is designed for applications with a very focused omnidirectional pattern where an in-building system is required. For example, the monopole could be used to focus signal directly into an area where it is very difficult to get any coverage.
Laird Technologies linearly polarized panel antennas feature high performance and versatility. All antennas in the series are provided with UV stabilized radome enclosures and can be mounted to either interior or exterior wall surfaces or masts in either fixed or articulating configurations. Models are available from 8 dBi to 17 dBi gain. Integrated coaxial pigtails can be modified for length and connectors can be modified to suit the application. Consult your Laird Technologies Sales Representative to discuss these alternatives.
Dual Feed Panel Antennas
Dual feed panel antennas offer two ports for polarization diversity and are well suited to environments ...
